activity
20182026
most citedA construction of the quantum Steenrod squares and their algebraic relations

17 citations · 34 across the 8 of their papers we have counts for

collaborators
Showing math.SGShow all

6 papers · 1 filter

math.SG2026

Quantum Steenrod powers and Hamiltonian maps

Shaoyun Bai, Egor Shelukhin, Nicholas Wilkins +1

We prove a series of new results in Hamiltonian dynamics on a general closed symplectic manifold , including: 1. If admits a Hamiltonian diffeomorphism which is either…

math.SG2024

A survey of equivariant operations on quantum cohomology for symplectic manifolds

Nicholas Wilkins

In this survey paper, we will collate various different ideas and thoughts regarding equivariant operations on quantum cohomology (and some in more general Floer theory) for a symp…

math.SG2022

-localisation by pseudocycles, lifts to -localisation of moduli spaces, and application to invariants of -equivariant symplectic cohomology

Nicholas Wilkins

We demonstrate a way to apply -localisation to moduli spaces of holomorphic curves. We first prove a reinterpretation of Atyiah-Bott -localisation, called {\it localisati…

math.SG2021★ 10 cited

Covariant constancy of quantum Steenrod operations

Paul Seidel, Nicholas Wilkins

We prove a relationship between quantum Steenrod operations and the quantum connection. In particular there are operations extending the quantum Steenrod power operations that, whe…

math.SG2018★ 6 cited

Quantum Steenrod squares and the equivariant pair-of-pants in symplectic cohomology

Nicholas Wilkins

We relate the quantum Steenrod square to Seidel's equivariant pair-of-pants product for open convex symplectic manifolds that are either monotone or exact, using an equivariant ver…

math.SG2018★ 17 cited

A construction of the quantum Steenrod squares and their algebraic relations

Nicholas Wilkins

We construct a quantum deformation of the Steenrod square construction on closed monotone symplectic manifolds, based on the work of Fukaya, Betz and Cohen. We prove quantum versio…